ESA Esculap eBank Credit$ Hybrid

ESA Esculap Tokens

What is also needed is the development of technologies, hardware and software that use quantum phenomena, such as Quantum Tomography, NMR, Quantum IoT, Quantum Cryptography, Quantum VPN (QVPN), as in the case of quantum information field technology in the form of Hardware and semantic databases supported by Artificial Intellect (Artilect, AI) in particular Artificial Intelligence.

DARQ ~ DLT Artilect XR Qubit, made from QVPN as distributed nodes in hardware and operating on quantum computing and quantum information field algorithms as well as other similar quantum phenomena and processing semantic databases and holographic or 3D NFTs displayed in eXtended Reality (XR), composed into the artilect as software.

ESA Esculap Tokens Hybrid DLT AI Hybrid

ESA Esculap Tokens Hybrid’s purpose is to develop an infrastructure for network driven health improvement data & health prediction.

ESA Esculap Tokens Hybrid’s combines tokenized payments for commissioning research in facilities that joined the network as well as transactions for the resulting research data.

ESA Esculap Tokens Hybrid’s combines NFT tokenized health data as well as payments for therapies and treatments.

ESA Esculap Tokens Hybrid combines health data and Holarchium networks, with the purpose to facilitate synchronous data collection from distant measurement stations and cultivate online collaboration and community based data processing. One of the key elements of ESA Esculap Tokens Hybrid are the AI cloud-based algorithms that analyze data flows and Holarchium as a Quantum Network Sensor.

ESA Esculap Tokens Hybrid is a digital asset platform, which is aimed at building a strong, network~driven currency for funding, conducting and cooperation within data flows prediction. It is a simple idea to create a token used in development & growth of a digital collaborative data analysis platform.

ESA Esculap Tokens Hybrid is a part within Quantum Network Sensor Project which is realized through knowledge and information distribution and algorithmic analysis of both the data resulting from human health practices and the interactions that propagate through the network.

ESA Esculap Tokens Hybrid has an important place in the Quantum Network Sensor Project (QNSP). It serves as Holarchium, where the network is made from holons and implemented and the way that the activity on the network analysed with artificial intelligence algorithms to detect stochastically influenced quantum phenomena on the network.

This implementation is realized with the concept of integrating health data flows into the network to activate the prediction data propagation through the network and enable highly scalable analytical investigation of large datasets with Artificial Intelligence.

Participants will be rewarded for sharing their data during practices and treatments, therapy parameters, sessions feedback, biometric data from devices worn on the body while undergoing treatment. Data will be shared securely and anonymously and according to individual privacy settings [1].

Data from participants can be used to map flows for health optimization, such as locating blue zones with the increased healthy lifespans and optimization of therapy parameters (time, length, circumstances, modalities, type of treatment) in terms of user-specified profiles derived from biomarkers readings (health, performance, cognitive balance) in order to map health improvement flows according to health, performance, and excellence related to practitioner’s profiles.

Data can be shared with companies interested in optimizing health practices, supplements, health programs, health education, health business (conferences, therapeutic decisions) to provide complementary means to achieve users’ desired experience and health goals.

ESA Esculap Tokens Hybrid is a Peer~to~Peer, Participant-to-Participant, or Practitioner~to~Practitioner (P2P) network. Its two primary purposes are collaboration on data sharing using IoT devices and data analysis. In order to foster the ESA Esculap Tokens Hybrid network’s growth, it is designed to facilitate a reward system for participation in data sharing.

Researchers will also be able to apply for research grants and use the crowdfunding capabilities of the tokenized networks to receive the funding based on network participants’ votes and contributions.

Esculap ESA Distributed Applications (ESAApps) and Forum App are the primary network activity facilitating and stimulating elements.

ESAApps ~> Main functionality for interaction with the network is handled by IFEApps which are easy to develop thanks to an easy and intuitive development environment that handles most of the heavy lifting automatically leaving the developers to focus on business cases.

Forum App ~> The Forum App is the Internet center for communication on important ESA Esculap Internet Things (ESAThings). A project or a problem is posted and we all participate in helping find and apply solutions and make collective decisions. Resource Management Guides help us understand the data and make sure we stay within Earth’s carrying capacity using the scientific method with a focus on ensuring Earth’s continued holographically supported Quantum Network Sensor.

[1] Ajay Kumar Shrestha, Julita Vassileva and Ralph Deters, “A Blockchain Platform for User Data Sharing Ensuring User Control and Incentives”, Front. Blockchain, 2020

Broader aspect of the utility of Esculap ESA Tokens Hybrid is visualized in Fig 4 with future key actors contributing from the research objects, AI analysis of the data and collaborative tools developed on the DLT network at dApps.

Quantum Network Sensor in Tokens & ESA Esculap Tokens Hybrid Network

Physical conditions

Complement Internet network with holarchic architecture based on the ESA Esculap organization described by Piero Mella in The Holonic Revolution (Mella, 2009) and inspired by the recent advances in quantum network hybrids operating on swapped photon entanglements (Khadilkar, 2020)
Medical applications including data from Bioresonance and Magnetic Resonance Imaging MRI to the network to find the correlations between them and the anomalies
Introduce quantum algorithms and AI in the network for multidimensional data analysis in the cloud.

Market Considerations

Medical devices and networks Hybrid

Technological advancements are moving very fast and push rapid development in the network technology as well as in the equipment for biological measurements. Online research collaboration is blossoming with many projects and platforms providing all the necessary tools and means proving that the Internet is the future of collaboration. Most of the available platforms exist within standard centralized solutions and this market is still to benefit from the exceptionally rapidly growing blockchain technology.

Similarly, the IoT systems are on the rise with a great portion of it being the wearable or portable health monitors. We envision a truly interconnected network of highly profiled medical and health research equipment to be incorporated in the network to enable growing opportunities in collaborative research.

Research Crowdfunding

Very important aspect of scientific research is funding, it is the funds issuers that have the main say into what research project will be carried out. Our mission is to bring research driving force and decision making to people and see the projects thrive using crowdsourcing power.

Open research data and results database

Known hindrance of any data scientist training the analytical models is access to large sets of quality data. Enabling a platform that would help gather and structure data generated during the research is a great asset that enables future collaborative work, cross disciplinary engagement, meta analyses and machine learning. ESA Esculap Tokens Hybrid aims to create a platform where funded projects are incentivized to provision their research data for the rest of the community.

Summary

Cooperation within ESA Esculap Tokens Hybrid is ideal for independent researchers and small teams. It provides a platform to share experience and research methods, resources and experimental results with your collaborators around the world, track individual contributions to research projects in your collective project overview, customise your access and permission rights to fit your specific needs. On top of that, it produces an ever growing adequately structured body of data that is a great opportunity for data analysts and Artificial Intelligence experts to benefit from large training data sets.

The community or organization expanding around ESA Esculap Tokens Hybrid collaboration helps with its other purpose, to establish a Holarchium ~ Quantum Network Sensor, that detects stochastically influenced quantum phenomena with Artificial Intelligence algorithms on the photon like structured network.

Bioinformatics and Biophysics research basis for ESA Esculap tokens
Internet Database and ESA Esculap network is very important during therapy, according to our observations, to expose the correlation of conscious connections between the brain work and its dysfunctions with the functions of individual energy information fields of internal organs represented for blood and lymph flows, nerve tissues along with the representation potentials on cellular level. That is why it is important to create 3D biofeedback and telebiofeedback (as additional packages in ESA Esculap Bioresonance with Information Field Flows originated in transactions within token modules) synchronized in the Information Field patients consciousness and represented by an energy level emulator in adequate brain areas together with corresponding 3D mapping and simulation of their connections as a way and a clue in therapy supported by artificial intelligence.(Mella, 2009) and
inspired by the recent advances in quantum network hybrids operating on swapped
photon entanglements (Khadilkar, 2020).
2. Incorporate Medical applications including dat

References

Mella, P. (2009), The Holonic Revolution Holons, Holarchies and Holonic Networks. The Ghost in the Production Machine, Pavia University Press,

Khadilkar, D. (2020), ‘Hybrid’ Quantum Networking Demonstrated for First Time, Scientific American, https://www.scientificamerican.com/article/hybrid-quantum-networking-demonstrated-for-first-tim

‘Hybrid’ Quantum Networking Demonstrated for First Time, article By Dhananjay Khadilkar on July 2, 2020 in Scientific American